protobuf/upb/msg_test.cc

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#include "gtest/gtest.h"
#include "src/google/protobuf/test_messages_proto3.upb.h"
#include "upb/def.hpp"
#include "upb/json_decode.h"
#include "upb/json_encode.h"
#include "upb/msg_test.upb.h"
#include "upb/msg_test.upbdefs.h"
#include "upb/upb.hpp"

void VerifyMessage(const upb_test_TestExtensions *ext_msg) {
  EXPECT_TRUE(upb_test_TestExtensions_has_optional_int32_ext(ext_msg));
  // EXPECT_FALSE(upb_test_TestExtensions_Nested_has_optional_int32_ext(ext_msg));
  EXPECT_TRUE(upb_test_has_optional_msg_ext(ext_msg));

  EXPECT_EQ(123, upb_test_TestExtensions_optional_int32_ext(ext_msg));
  const protobuf_test_messages_proto3_TestAllTypesProto3 *ext_submsg =
      upb_test_optional_msg_ext(ext_msg);
  EXPECT_TRUE(ext_submsg != nullptr);
  EXPECT_EQ(456,
            protobuf_test_messages_proto3_TestAllTypesProto3_optional_int32(
                ext_submsg));
}

TEST(MessageTest, Extensions) {
  upb::Arena arena;
  upb_test_TestExtensions *ext_msg = upb_test_TestExtensions_new(arena.ptr());

  EXPECT_FALSE(upb_test_TestExtensions_has_optional_int32_ext(ext_msg));
  // EXPECT_FALSE(upb_test_TestExtensions_Nested_has_optional_int32_ext(ext_msg));
  EXPECT_FALSE(upb_test_has_optional_msg_ext(ext_msg));

  upb::SymbolTable symtab;
  upb::MessageDefPtr m(upb_test_TestExtensions_getmsgdef(symtab.ptr()));
  EXPECT_TRUE(m.ptr() != nullptr);

  std::string json = R"json(
  {
      "[upb_test.TestExtensions.optional_int32_ext]": 123,
      "[upb_test.TestExtensions.Nested.repeated_int32_ext]": [2, 4, 6],
      "[upb_test.optional_msg_ext]": {"optional_int32": 456}
  }
  )json";
  upb::Status status;
  EXPECT_TRUE(upb_json_decode(json.data(), json.size(), ext_msg, m.ptr(),
                              symtab.ptr(), 0, arena.ptr(), status.ptr()))
      << status.error_message();

  VerifyMessage(ext_msg);

  // Test round-trip through binary format.
  size_t size;
  char *serialized = upb_test_TestExtensions_serialize(ext_msg, arena.ptr(), &size);
  ASSERT_TRUE(serialized != nullptr);
  ASSERT_GE(size, 0);

  upb_test_TestExtensions *ext_msg2 = upb_test_TestExtensions_parse_ex(
      serialized, size, upb_symtab_extreg(symtab.ptr()), 0, arena.ptr());
  VerifyMessage(ext_msg2);

  // Test round-trip through JSON format.
  size_t json_size =
      upb_json_encode(ext_msg, m.ptr(), symtab.ptr(), 0, NULL, 0, status.ptr());
  char *json_buf =
      static_cast<char *>(upb_arena_malloc(arena.ptr(), json_size + 1));
  upb_json_encode(ext_msg, m.ptr(), symtab.ptr(), 0, json_buf, json_size + 1,
                  status.ptr());
  upb_test_TestExtensions *ext_msg3 = upb_test_TestExtensions_new(arena.ptr());
  fprintf(stderr, "%.*s\n", (int)json_size, json_buf);
  EXPECT_TRUE(upb_json_decode(json_buf, json_size, ext_msg3, m.ptr(),
                              symtab.ptr(), 0, arena.ptr(), status.ptr()))
      << status.error_message();
  VerifyMessage(ext_msg3);
}

void VerifyMessageSet(const upb_test_TestMessageSet *mset_msg) {
  EXPECT_TRUE(upb_test_MessageSetMember_has_message_set_extension(mset_msg));
  const upb_test_MessageSetMember *member =
      upb_test_MessageSetMember_message_set_extension(mset_msg);
  EXPECT_TRUE(member != nullptr);
  EXPECT_TRUE(upb_test_MessageSetMember_has_optional_int32(member));
  EXPECT_EQ(234, upb_test_MessageSetMember_optional_int32(member));
}

TEST(MessageTest, MessageSet) {
  upb::Arena arena;
  upb_test_TestMessageSet *ext_msg = upb_test_TestMessageSet_new(arena.ptr());

  EXPECT_FALSE(upb_test_MessageSetMember_has_message_set_extension(ext_msg));

  upb::SymbolTable symtab;
  upb::MessageDefPtr m(upb_test_TestMessageSet_getmsgdef(symtab.ptr()));
  EXPECT_TRUE(m.ptr() != nullptr);

  std::string json = R"json(
  {
      "[upb_test.MessageSetMember]": {"optional_int32": 234}
  }
  )json";
  upb::Status status;
  EXPECT_TRUE(upb_json_decode(json.data(), json.size(), ext_msg, m.ptr(),
                              symtab.ptr(), 0, arena.ptr(), status.ptr()))
      << status.error_message();

  VerifyMessageSet(ext_msg);

  // Test round-trip through binary format.
  size_t size;
  char *serialized = upb_test_TestMessageSet_serialize(ext_msg, arena.ptr(), &size);
  ASSERT_TRUE(serialized != nullptr);
  ASSERT_GE(size, 0);

  upb_test_TestMessageSet *ext_msg2 = upb_test_TestMessageSet_parse_ex(
      serialized, size, upb_symtab_extreg(symtab.ptr()), 0, arena.ptr());
  VerifyMessageSet(ext_msg2);

  // Test round-trip through JSON format.
  size_t json_size =
      upb_json_encode(ext_msg, m.ptr(), symtab.ptr(), 0, NULL, 0, status.ptr());
  char *json_buf =
      static_cast<char *>(upb_arena_malloc(arena.ptr(), json_size + 1));
  upb_json_encode(ext_msg, m.ptr(), symtab.ptr(), 0, json_buf, json_size + 1,
                  status.ptr());
  upb_test_TestMessageSet *ext_msg3 = upb_test_TestMessageSet_new(arena.ptr());
  fprintf(stderr, "%.*s\n", (int)json_size, json_buf);
  EXPECT_TRUE(upb_json_decode(json_buf, json_size, ext_msg3, m.ptr(),
                              symtab.ptr(), 0, arena.ptr(), status.ptr()))
      << status.error_message();
  VerifyMessageSet(ext_msg3);
}